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Found 55 results

  1. Seeing was mostly poor, but I am quite happy with how it came out
  2. 17 frame animation. Seeing improved during the session. Europa itself becomes easier to see. The shadow is easily visible.Skymax 180 7″ Maksutov-Cass at f30 (x2 barlow)Imaging Source DBK 21AU618.as 17x90s AVI 60fpsCaptured with FireCapture, Stacking in AutoStakkert Wavelets in Registax, processing and rendering in Photoshop CC2017-05-04 21:22 UT – 22:11 UT, Seeing: III-IV
  3. The ISS was predicted to cross the Sun's disk at 15:53:29s on Wednesday. The event was visible in a 6km wide track near my location. Using a home made Baader solar filter on my SW 130 PDS and my DSLR with EOS Utilities I captured the moment, rather poorly. There are 2 GIFs. One is real time as the transit lasted a whole 0.55 seconds and the other is the same GIF slowed down a bit. With hindsight I could have got the image scale up but it was all a bit hectic.
  4. I'm getting things together equipment I'm going to need for the 9th May transit. I already have a Baader Continuum filter but need a solar filter. I have a Celestron C6 and a Skywatcher Startravel 102 and need to know which scope will give me the best view so I can get the right size filter. Martyn.
  5. I took the best ISS images captured during yesterdays transit and ran them through Registax 6 to produce this image I think there are few artifacts present from the processing but I'm pleased with it
  6. A movie I've put together using the SDO AIA 304 feed on the www.helioviewer.org website. The version on youtube is better quality and there is a very nice flare at the start of the video
  7. From the album: Transit of Venus 2012

    Taken by hand held Panasonic Lumix DMC TZ7 at the eye piece of a Skywatcher 70 mm OL Refractor with diagonal (hence Venus is to the left rather than the right) The Scope is owned by Ant (Ganymede) South Wales who was there with his Dad and Mat from SW Group Nice memory of a special event that will not come round until 2117

    © Mountain View - Gordon

  8. From the album: Astrophotography

    We set up the telescope in Cabbagetown Park, Atlanta to share the event with our neighbors. In addition to creating this image, several people took their first ever look through a telescope, witnessing a rare planetary transit of the Sun no less. This was also my first time using the solar filter and observing the Sun through my telescope. ISO 100 1/125s

    © Charles Duffney

  9. Stu

    Jupiter GRS Transit

    GRS Transit on Jupiter, crossing the central meridian at 2.40am with Jupiter at just over 16 degrees altitude. GRS starts to come onto the disk at around 12.30am as Jupiter rise, disappearing at around 4.30am.
  10. Stu

    Jupiter GRS Transit

    GRS Transit on Jupiter, crossing the meridian at 5.10am with Jupiter at 21 degrees altitude. GRS starts to come onto the disk at around 3am, disappearing at around 7.15am.
  11. Stu

    Jupiter GRS Transit

    until
    The GRS transits the meridian at 6.02am Jupiter will be 20 degrees above the horizon at this point, with sunrise still nearly an hour away at 6.54am. Timings and altitude from London.
  12. Hi, even if there are much nicer images here I like to sum up my experiences, I guess it is still worth a read to compare and learn from my mistakes. I started to prepare the day before but was to lazy to test the equipment on site, so I just checked batteries and collected all parts. More than a hour before first contact I started to set up everything. I rolled out a cable drum to get power for several hours and the first thing I found is that the power adapters did not fit into the three plug sockets on the cable drum. Meanwhile the wind started to fresh up and did blow away my sunshade. Good that it does not hit anything of my equipment, getting sun cream it was only for me. Now getting a multiple socket. Found that ony adapter gives too much voltage which my motorized focusser did not like. Getting a battery. Setting up a sun shade for my laptop. Then I started to align the NexStar SLT Goto for sun. At least I did try... What worked a few weeks before did not work anymore. I entered 12:xx:xx time then PM and NO SUN IN THE ALIGNMENT menu... Dang, as european I also tried AM because that AM/PM is quite strange for me and errror prone. Checked the sun menu, enabled. Even tried to disable it. Then I realized (now only about 20 minutes to the first contact) that whatever I entered AM/PM the next try the time was at 00:xx:xx, so that stupid scope ignored AM/PM! No chance to get the sun in the menu for alignment. DANG! I was nearly so angry to ditch all that scope into the ground. The I took a depth breath and changed the time zome to 0 (UTC) and substracted an hour to the entered time, so it now got 11:xx:xx which works with AM/PM... Celestron get your firmware right! Now focussing which was a bit hard with only the few sun spots and bad seeing. I thought I did it right, but later the mercury was not that sharp as I wished. I decided to shot every minute bursts of 5 images at ISO 200 and 1/1250s exposure time which looked good on the laptop. Then my intervallometer failed. So I triggered the camera via USB from DigiCamControl. JUST at the first contact time clouds came. DANG. So I did miss a good part of the time between first and second contact, also still struggeling with the intervallometer. After I made a ok image of the second contact I was able to get the intervallometer back to work (note to myself: investigate!) and had firstly a bit time to relax. Posted a image to a friend who was connected via chat with me. After some time I found that the images on screen where not showing the actual happening which I can see through the DSLR finder. I tried to put the images on my NAS but that seemed to be too slow, so I did gat a big delay. I though it would have been a good idea, so I could get out of the sun and process some images on my Desktop PC while they are coming in. After changing to the local disk things worked better, but then I found that I had a copy image batch in DigiCamControl to make a copy to my Desktop and there my usual Backup tried to back it up via the network (WLAN) also. Which did saturate the network quite easy... I may have worked to save the images on the NAS without that, but now I was using the local disk. HOWEVER. My mount did not track the sun very well, and with my DSLR at 1500mm focal length there is not much room at the top and bottom borders, so I had to correct the FOV every few minutes. Maybe it was the strange workaround I needed to to for the alignment, or I did entered some wrong time (even did use solar tracking speed) or the wind gusts just did their bad. So I was tied to my laptop for hours in the sun. Man I was quite tired that evening :-) What else went wrong: During the hours I swapped the camera battery and rotated it a bit. Also during messing with my intervallometer bursts are stupid. Too many images, I thought I could stack the 5 images but in the end it was too much work or I did need a script (which costs time to write) I did not refocus dust on my sensor (I guess so. check the video below) before starting a big session set back the image counter in the camera to 0000 so that it will not wrap up and mess your named sequence try everything a day before, don't be lasy even more than an hour setup time can be to few whan things go bad derotation (look at the strange curve of mercury in the video, normal at Alt/az) for the images failed because of the small and unsharp sun spots neighbors cat came to check my equipment. walked across the keyboard, could easy delete all ;-) Location was in the south of Berlin, Germany. First contact 13:12:07 and because of trees I could image until 17:00 local time. So a few words for the equipment: Celestron Mak127 NexStarSLT AltAz Goto Mount, Astrosolar filter foil (for visual), Nikon D5100, DigiCamControl to liveview and get images from the SD, DIY motorized focusser and DEW heater control (not used here...), DIY intervallometer (Arduino based). Software: For single images I used FITSwork and GIMP (2.9.x 32bit/channel). For resequencing, cropping and quality estimation I used PIPP. For making the animations from the sequences, sharpening and encoding I used Blenders video parts and bits (http://blender.org). Here is a animation of all good images including some clouds, I needed to stop at 17.00 local time (utc+1). After all I am still happy with my results. No worries here, still like that hobby :-) Cheers, Carsten
  13. I got my 1st transit with an image.
  14. Quick and dirty animation from last night. The least best images in the animation are due to tree branches partially obscuring Jupiter during the sequence. Seeing was pretty poor (Antoniadi IV,V) - making focussing difficult C11 on EQ8, DFK21AU camera, 25fps, x2.5 barlow, efl ~ 7m betwee 21:04 &21:55 UT
  15. Well, got my Skywatcher Startravel 120 frac all kitted up to observe the transit of Mercury on Monday 9th May. Whilst I normally use my smaller 70mm frac to observe the sun, I wasn't happy with the quality of the image I was getting when doing any solar views; there seemed to always be a lot of haze always surrounding the sun when viewed with the smaller scope, so thought I'd see how the larger frac coped with solar views, which after flocking all internal areas of it a few weeks ago, and also the inside of the end cap, thought it might produce less hazy images. And that is indeed the case. Rather than do a full size filter for the whole 120mm aperture, I rather opted just to put some Baader solar filter in the smaller aperture opening on the lens cap. I also made a small filter to go on the finder scope too. All in all took it about 45 mins to make both filters. Fixed the lens cap filter in place by glueing it inside the lens cap itself permanently. The finder scope filter is just held in place by just three elastic bands around the tube of the finder scope. Tested it out for a few hours today to make sure all work well, and that the glue I used didn't melt in any heat from the sun, so just now need a nice sunny day on Monday to sit and enjoy the views!
  16. Hi all, I was lucky to have the opportunity - and the sky - to watch and sketch the transit. This sketch has been done at the beginning of the transit, showing Mercury at about 1320 CEST near the prominence at the eastern limb. Telescope: Lunt LS50 THaB600PT Eyepiece: TS HR Planetary 7mm Date & Time: Mercury transit time Location: Dusseldorf region, Germany Technique: Koh-i-Noor soft pastels and pastel pens on Daler Rowney Ebony black sketching paper Clear and sunny skies! Achim
  17. I was in Svalbard for the transit of Venus, filming with the Sky at Night team on the island of Spitsbergen. We had a few cloud issues at the start of the event but there were plenty of holes during and clear skies at the end of the transit. Here's a full white light disc...
  18. im going to be watching it with this as the weather for me looks too bad www.slooh.com its started 10 minuits ago, and they have loads of live feeds from all over the world!
  19. Not as good a Jupiter as some high-end set ups are already getting but I did catch some transit action this morning.
  20. Dan Watts

    Moon with Venus

    From the album: My Astro Pics

    Taken with my Panasonic Lumix through a Baader Zoom Eyepiece using my Orion XT8.

    © ©DanielJamesWatts

  21. Stu

    Jupiter GRS Transit

    GRS Transit on Jupiter, crossing the meridian at 6.48am with Jupiter at just over 15 degrees altitude. GRS starts to come onto the disk at around 4.40am, disappearing at around 8.50am.
  22. Got some images of the Europa transit, with C8, ASI120MC, ADC. Processed in Registax6. Also two other moons. I don't see colour in this image at all, either to the eye or in the histograms. It was recorded as a RAW16 .ser file, which I thought would be colour (and Registax gives it a tick for colour). I wondered if I had goofed somewhere. So tried turning up the colour saturation (2nd image).
  23. Taken at 0218 am on 14th July 2017. ISS transit of the Moon. The ISS had just come out of shadow, was low in the sky: ISS Lunar Transit by James West, on Flickr
  24. Amazing coincidental transits of the Great Red Spot AND Ganymede on Jupiter shot using my Orion Deep Space Video Camera II and my Orion SkyView Pro 180mm Mak around midnight last night (April 22). Ganymede can be seen casting a shadow along the northern limb. The GRS can be seen roughly near the center of the planet. "Intrapsychic Conflict" is introduced as the musical landscape, not unconscious turmoil, lol! Enjoy! Reggie
  25. A short video of the double transit on the 16th (very short) All done with 250p & QHY5L-IIc, just experimenting with new gear really struggling to get any good data, seeing wasn't good through greeny mist but thought what the heck must have ago. Thanks
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